Industrial Purified Water RO System

Industrial Purified Water RO System

An industrial purified water reverse osmosis system utilizes high-pressure membrane separation to remove 99% of dissolved solids and organics from raw water, delivering continuous, stable high-purity water for rigorous industrial manufacturing processes. Built on heavy-duty carbon steel frames with anti-corrosion epoxy coatings, paired with sanitary 304/316L stainless steel piping manifolds.

System Overview

 

An industrial purified water reverse osmosis system utilizes high-pressure membrane separation to remove 99% of dissolved solids and organics from raw water, delivering continuous, stable high-purity water for rigorous industrial manufacturing processes. Built on heavy-duty carbon steel frames with anti-corrosion epoxy coatings, paired with sanitary 304/316L stainless steel piping manifolds.

 

Technical Specifications

Parameter

Specification

Capacity

1.0 cubic meters per hour to 100 cubic meters per hour

Salt Rejection

Greater than or equal to 99.5% nominal

Recovery Rate

65% to 80% adjustable

Working Pressure

1.0 MPa to 1.6 MPa

Control System

PLC with 10-inch HMI touch screen

 

Operational Performance

 

Automated Flushing: Executes programmable raw water flush sequences during startup and shutdown to minimize membrane scaling.

 

Inline Quality Tracking: Continuous monitoring of conductivity, pH, and flow rates with automated valve diversion if purity drops.

 

Energy Optimization: VFD-driven high-pressure pumps and optional isobaric energy recovery devices lower specific power consumption.

 

On-Board CIP: Integrated chemical cleaning subsystem restores membrane flux without manual vessel disassembly.

 

Typical Industrial Applications

 

Electronics Manufacturing: Provides high-purity rinse water for printed circuit board wet processing.

 

Boiler Feed: Removes hardness and silica to prevent scaling in high-pressure steam generators.

 

Pharmaceutical Pretreatment: Functions as the primary purification stage prior to distillation or pure steam generation.

 

Chemical Processing: Supplies consistent, low-mineral makeup water for batch formulations.

 

Process Flow & Operation

 

Pretreatment Stage: Multimedia filtration removes suspended solids, activated carbon eliminates chlorine, and softeners control hardness.

 

Micron Filtration: 5-micron cartridge filters capture fine particulates to protect pump impellers and membrane feed channels.

 

High-Pressure Separation: Vertical centrifugal pumps pressurize feed water, forcing pure molecules through semi-permeable membranes while rejecting brine.

 

Permeate Distribution: Purified water routes to storage loops while concentrated waste discharges or recycles.

 

Core Component Configuration

 

Pumping Unit: Vertical multi-stage centrifugal pumps with stainless steel hydraulics and mechanical shaft seals.

 

Pressure Vessels: FRP housings rated for 300 PSI to 450 PSI operating limits.

 

Instrumentation Cluster: Digital rotameters, pressure gauges, digital switches, and magnetic inductive flow meters.

 

Valve Actuation: Pneumatic butterfly valves and motorized ball valves governing fluid streams.

 

Feed Water Requirements

 

Turbidity Limit: Less than 1.0 NTU to prevent particulate fouling of feed spacers.

 

Silt Density Index: SDI less than 3.0 based on a 15-minute test protocol.

 

Free Chlorine: Less than 0.1 mg/L to protect polyamide composite thin-film layers.

 

Temperature Range: 5 degrees Celsius to 35 degrees Celsius with automated capacity compensation.

 

Selection & Sizing Guidelines

 

Water Chemistry Analysis: Match feed TDS, silica, and iron levels against membrane tolerance thresholds.

 

Flow Rate Calculation: Determine peak hourly consumption and daily total volume to size membrane surface area.

 

Space Verification: Evaluate plant floor space, ceiling height, and facility doorway clearances.

 

Discharge Compliance: Review local environmental limits for concentrate volume and chemical neutralization.

 

Customization Options

 

Piping Upgrades: Substitute standard 304 with electropolished 316L stainless steel or schedule 80 PVC/CPVC.

 

Redundancy Configurations: Dual-train parallel arrangements or 100% standby high-pressure pumps.

 

Disinfection Modules: Integration of UV sterilizers or ozone generators on the permeate return line.

 

Enclosure Packages: Weatherproof outdoor skid housings with thermal insulation and internal HVAC.
 

Quality Control & Testing

 

Hydrostatic Testing: Welded piping assemblies undergo pressure tests at 1.5 times maximum working pressure.

 

Welding Standards: Orbital TIG welding applied to all stainless steel process lines with boroscopic inspection.

 

Electrical Compliance: Control panels built to UL/IEC standards with segregated low-voltage wiring.

 

Factory Acceptance Testing: Complete dry and wet functional testing conducted prior to crating.

 

Installation & After-Sales Support

 

Modular Delivery: Pre-piped and pre-wired skids arrive mounted on structural bases to minimize site labor.

 

Commissioning Support: Engineering supervision available for initial start-up, instrument calibration, and PLC tuning.

 

Technical Training: Operator instruction covering routine maintenance, CIP preparation, and alarm resolution.

 

Spare Parts Stock: Replacement membranes, O-rings, and cartridge filters dispatched within 48 hours.

 

Packaging & Logistics

 

Export Crating: Fully enclosed fumigated plywood crates protect against marine humidity and transit shock.

 

Moisture Protection: Silica gel desiccant packs positioned inside electrical enclosures and vessel interiors.

 

Secure Palletizing: Skid bases bolted firmly to heavy wooden pallets with industrial strapping.

 

Frequently Asked Questions

Q: What is the typical lifespan of the RO membranes?

A: Membrane elements operate between 3 to 5 years, depending on pretreatment efficiency, feed chemistry, and adherence to CIP schedules.

Q: How is membrane fouling detected?

A: Fouling is identified when normalized permeate flow drops by 10% to 15% or differential pressure across the array increases by 15%.

Q: Can the system handle high raw water silica levels?

A: Yes, provided anti-scalant chemicals are precisely dosed and system recovery is restricted below silica saturation limits.

Q: What utilities are required on-site?

A: A stable raw water feed line, a 3-phase industrial power supply, compressed air at 0.6 MPa for valve actuation, and a compliant floor drain.

 

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